ProCAST is able to simulate a variety of casting technologies:

• Types of gravity casting (gravity casting, PGS and HTCS, investment casting, etc.)
• Controlled pressure casting (high pressure die casting, low pressure, reverse pressure casting, vacuum suction, etc.)
• Centrifugal casting
• Continuous casting
• Lost Foam Casting

ProCAST software allows you to determine the following:

• Distribution of thermal fields in the casting and mold
• Evaluating the amount of stresses created in metal parts and tools
• Calculation of cyclic loads (for example in the injection die casting process)

This software allows for the simulation of mold filling, solidification, and microstructure formation. The placement of risers, the use of insulating or heat-generating materials, and their effect on shrinkage can be computer-controlled and visualized to optimize the final part quality.

Low Pressure Die Casting

• To recreate real factory conditions, the mold operating cycles can be simulated until a thermal steady state is reached. The calculated temperature fields allow for predictions of how the mold will fill and solidify. The process parameters can be adjusted to achieve optimal quality in the shortest possible time.

High pressure die casting

• ProCAST solves the specific challenges of high-pressure die casting such as liquid forging and semi-solid casting. The optimal piston speed profile, gate design and flowability can be easily determined in simulation, even for thin parts. Thermomechanical mold cycles can also be calculated to increase mold life, increase productivity, and reduce risk and costs.

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ProCAST, empowers cast parts manufacturers to thoroughly test their casting processes virtually, providing crucial insights early in the development cycle. By accurately predicting and quantifying defects and optimizing process designs, manufacturers can ensure successful production trials.

ProCAST, a trusted casting simulation software, covers a wide range of alloys and casting methods as follows:

• High & Low Pressure Casting
• Gravity Casting
• Sand Kasting
• Investment Casting
• Centrifugal Casting
• Continuous Casting

By performing filling and solidification simulations, following parameters can be investigated and process flaws can be predicted.

• Temperature distribution
• Flow rate
• Gas porosities
• Shrinkage cavities
• Flow defects
• Cooling and solidification flaws
• Hot tearing
• Part distortion and residual stresses
• Temperature distribution on the die
• Die wear and deformation

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Free Download Keysight ProCAST for Windows PC. It is a powerful casting simulation suite designed to solve complex metal casting challenges with precision and confidence.

Overview of Keysight ProCAST

It is a professional simulation solution designed to address nearly every technological issue in metal casting. Whether you are working with gravity, high-pressure, centrifugal, or continuous casting, this platform provides advanced tools to simulate, analyze, and optimize your production process. It is based on proven finite element technology, ensuring accurate, reliable, and trusted calculations in industrial environments.

The software covers a wide range of casting processes and enables engineers to visualize what happens inside a mold before metal is ever poured in real life. Think of it like having X-ray vision for your casting process. You can see the temperature distribution, stress levels, and material behavior in a clean, controlled virtual environment.

Wide Range of Casting Technologies

One of the strongest advantages of this solution is its ability to simulate almost any casting technology. It supports gravity casting methods such as PGS, HTCS, and investment casting. It also handles casting under controlled pressure, including high-, low-, counter-pressure, and vacuum-suction casting.

Beyond that, it supports centrifugal, continuous, and lost-foam casting. Instead of using different tools for different processes, you get a single, unified platform. This makes the workflow smoother and reduces the time spent switching between systems.

Advanced Thermal and Stress Analysis

Understanding temperature behavior during casting is critical. Even small thermal variations can cause defects, shrinkage, or cracks. This simulation environment allows you to analyze the distribution of thermal fields in both the casting and the mold.

It also evaluates stress levels in the casting and metal tooling. By predicting these stresses early, you can prevent failures and extend tooling life. Additionally, cyclic loads, such as those found in injection molding cycles, can be calculated to better understand long-term performance.

Gravity and Inclined Casting Optimization

In gravity casting, success often depends on proper sprue system design and the elimination of shrinkage areas. The software makes it easier to test and refine gating systems virtually. Instead of costly trial-and-error experiments in the workshop, you can simulate different configurations on-screen.

This approach saves both time and material. It is like rehearsing a complex performance before the big show. You identify weak spots in advance and fix them before they become expensive mistakes.

Investment and Shell Mold Casting Capabilities

Investment casting requires precision and careful thermal management. This platform is particularly well-suited for such processes. It can automatically generate a mesh that accurately represents shell molds, including uneven thicknesses and multi-layer structures.

Thermal radiation and shadowing effects are also taken into account, which is especially important for high-temperature alloys. Mold filling, solidification, and microstructure formation can all be simulated in detail. Engineers can study riser placement and the use of insulating or exothermic feeders directly on their screens, optimizing casting quality before production begins.

Low-Pressure Die Casting Simulation

Low-pressure gravity die casting requires precise control of temperature and pressure cycles. This tool allows simulation of mold operating cycles until steady-state temperature conditions are reached. By analyzing calculated temperature fields, users can predict both mold filling and solidification behavior.

Process parameters can then be adjusted quickly to achieve optimal results. Instead of waiting for real-world testing to reveal issues, improvements can be made virtually, shortening development time and improving final product quality.

High-Pressure Die Casting Solutions

High-pressure die casting introduces specific challenges, such as liquid forging and semi-solid casting. The platform handles these with advanced simulation models. Optimal plunger velocity profiles, gate designs, and flow characteristics can be determined even for thin-walled parts.

Thermomechanical die cycles can also be calculated. This helps extend the lifespan and increase productivity. By reducing unexpected failures and minimizing downtime, manufacturers can lower costs and reduce risk. It is like having a safety net under every production cycle.

Complete Manufacturing Coverage

Built on finite element technology, the suite provides a comprehensive solution for casting simulation. It covers mold filling, solidification, thermal behavior, stress analysis, and microstructure evolution. This wide coverage makes it suitable for both research environments and industrial production lines.

Because all production tasks are addressed within a single ecosystem, collaboration becomes easier. Engineers, designers, and process specialists can work together using the same data and simulation results, improving communication and decision-making.

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